CN104922890A - Intelligent exercise protection device - Google Patents
Intelligent exercise protection device Download PDFInfo
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- CN104922890A CN104922890A CN201510392047.1A CN201510392047A CN104922890A CN 104922890 A CN104922890 A CN 104922890A CN 201510392047 A CN201510392047 A CN 201510392047A CN 104922890 A CN104922890 A CN 104922890A
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Abstract
The embodiment of the invention discloses an intelligent exercise protection device which comprises a base body device, a circuit device and a power supply device. The base body device is used for wrapping at least part of the body of a user to slow down the impact on at least part of the body of the user by external force in the exercising process of the user. At least part of the circuit device is arranged in the base body device, the circuit device is used for collecting user data of the user in the exercising process in real time, and the user data comprise the biological data, the exercising state data and the body gesture data of the user. The power supply device is arranged in the base body device and used for providing electric power for the circuit device. Thus, the intelligent exercise protection device can protect the body of the user against injuries, meanwhile, under the premise that additional devices are not increased, the related real-time data of the user can be conveniently collected so that later calculation and analysis can be conveniently carried out, and thus an athlete is helped to train more scientifically and improve performance.
Description
Technical field
The present invention relates to wearable device field, and more specifically, the present invention relates to a kind of smart motion protector.
Background technology
In recent years, every motion of such as football, basketball and so on is very fast in China's development, and the quantity of sportsman, football fan increases very fast.But, because modern sport games is started late in China, so the auxiliary facility that competition and training is correlated with is still perfect not at present, lack the athletic equipment of specialty.Further, compare at present and lack high-precision training system, digitlization, systematized report can not be formed to motion conditions and corresponding physical condition.
Protecting ware for sports is the utensil of conventional sports tournament and training, can play the effect of Protection of the sportsman.Such as, leg guard is used for the effect playing protection sportsman shank in football, can reduce the injury of external force to player feet.
But; common protecting ware for sports function singleness, can only for disperseing, cushioning to be applied to the pressure on athletes ' body and impulse force, thus protect sportsman from actual bodily harm; but cannot be used for detecting the every related data of sportsman when moving, for sentific training and assessment sportsman provide reference.
In order to solve the problem, sportsman usually needs to wear some general intellectual wearable device (such as, Intelligent bracelet), and utilize these equipment to monitor the real time data such as exercise, sleep, in addition diet in its daily life, to play the effect being instructed training by these data.
But, the general accuracy of intellectual wearable device when measurement data is poor, and the technology of its sensor adopted and use is often relatively single, can not meet professional training requirement, relevant training data cannot be fed back in real time, especially the information such as sportsman's real-time speed when running.In other words, general intellectual wearable device measured deviation is large, real-time is bad, so can not be used among professional training.Such as, at present, general intellectual wearable device often adopts acceleration transducer to come displacement calculating and speed.But degree of will speed up sensor, for the calculating of speed, must cause error comparatively large, so, the requirement of the accurate of football and real-time can not be met.In addition, this mode needs to load extra equipment with it sportsman, it also being made to increase sense of discomfort when moving, affecting sports level.Because it does not have the technical standard of reliable data accuracy and real-time, so cause the reliability of the sports equipment of such as Intelligent bracelet class low, effectively can not monitor motion, improve technical level to help end user.
Summary of the invention
In order to solve the problems of the technologies described above, according to an aspect of the present invention, provide a kind of smart motion protector, described smart motion protector comprises: matrix means, for coated user's body at least partially, with slow down described user move time external force to the impact caused at least partially of described user's body; Circuit arrangement, described circuit arrangement to be arranged on described matrix means at least partially inner, and for gathering the user data of described user when moving in real time, described user data comprises the biological data of described user, motion state data and body posture data; And electric supply installation, it is inner that described electric supply installation is arranged on described matrix means, and for providing supply of electric power to described circuit arrangement.
In one embodiment of the invention, described smart motion protector is intelligent leg guard, and described matrix means is used for coated user's shank at least partially, to the impact caused at least partially of described user's shank, prevent the shank of described user from occurring the situation of fracture or other damages to slow down described user external force when moving.
In one embodiment of the invention, described smart motion protector is Intelligent wrister, knee-pad or headband, and described matrix means is used for the wrist of coated user, knee or head, to slow down the described user impact that external force causes described user's wrist, knee or head when moving, prevent the wrist of described user, knee or head from occurring the situation of fracture or other damages.
In one embodiment of the invention, described circuit arrangement comprises: data acquisition unit, for gathering described user data, and comprises: biological sensing module, for gathering the biological data of described user; Posture sensing module, for gathering the body posture data of described user; With motion state sensing module, for gathering the motion state data of described user; And first processing unit, for performing control to the acquisition operations of described data acquisition unit.
In one embodiment of the invention, described biological sensing module be arranged on the inner surface that described matrix means contacts with described user's body at least partially, and described biological sensing module comprises at least one in the following: heart rate sensor, for detecting the real-time heart rate data of described user when moving; EGC sensor, for detecting the heart real time data of described user when moving; Pulse transducer, for detecting the real-time pulse data of described user when moving; Blood oxygen transducer, for detecting the real-time oximetry data of described user when moving; Body temperature trans, for detecting the real-time temperature data of described user when moving; Myoelectric sensor, for detecting the real-time myoelectricity data of described user when moving; And pre ure tra ducer, for detecting the real-time blood pressure data of described user when moving.
In one embodiment of the invention, at least one in described heart rate sensor, described EGC sensor, described pulse transducer and described blood oxygen transducer comprises: optical transmitting and receiving parts, the coated user's body of described matrix means at least partially time, the launching and receiving that described optical transmitting and receiving parts can carry out light in the confined space formed at least partially by described matrix means and described user's body operates, and can not be subject to the impact of extraneous light.
In one embodiment of the invention, described myoelectric sensor comprises: two electrod assemblies, is separately positioned on two most outer places on the same level line of described inner surface.
In one embodiment of the invention, between the inner surface that described posture sensing module installation contacts with described user's body on described matrix means and the outer surface not contacted with described user's body, and at least one comprising in the following: gyro sensor, for detect described user move time real-time inclination and pivoting angle data; Acceleration transducer, for detecting the real time acceleration data of described user when moving; Geomagnetic field sensors, for detect described user move time real-time angular or bearing data; And baroceptor, for detect described user move time real-time altitude information and barometric information.
In one embodiment of the invention, described motion state sensing module be arranged between the inner surface that described matrix means contacts with described user's body and the outer surface not contacted with described user's body at least partially, and comprise: satellite signal receiver, for from multiple satellite-signal transmitter receipt satellite-signal, described satellite-signal is used for the real-time positioning action of described user, described real-time positioning action is used for the signal parameter according to the satellite-signal received respectively from described multiple satellite-signal transmitter, and the position data of described multiple satellite-signal transmitter determines the real time position data of described user when moving.
In one embodiment of the invention, described circuit arrangement also comprises: memory cell, for storing described user data.
In one embodiment of the invention, described circuit arrangement also comprises: the first wireless communication unit, for described user data is wirelessly sent to mobile terminal.
In one embodiment of the invention, described first wireless communication unit meets one of the following communication standard: bluetooth and Wireless Fidelity (WiFi).
In one embodiment of the invention, described circuit arrangement also comprises: the second wireless communication unit, for described user data being wirelessly sent to server via base station equipment, described user data be provided for described server perform the following operation at least one: display special time user data; Calculate the displacement of described user at special time period; Calculate the speed of described user at special time; Calculate the average speed of described user at special time period; Calculate described user in the maximal rate of special time period and minimum speed; Calculate the acceleration of described user at special time; Describe the movement locus of described user at special time period; Analyze the physiological situation of described user at special time; Present the body posture of described user at special time; Analyze the difficulty action accomplishment of the particular technology action of described user and ageing; With the assessment locomitivity of described user, technical merit and/or training result; And second processing unit, for performing control to the wireless communication operation of described second wireless communication unit.
In one embodiment of the invention, described second wireless communication unit is also for sending the bootstrap information for locating to multiple base station equipment, described bootstrap information is used for the real-time positioning action of described user, and described real-time positioning action is used for determining the real time position data of described user when moving according to described multiple base station equipment signal parameter of bootstrap information received separately and the position data of described multiple base station equipment.
In one embodiment of the invention, described second wireless communication unit and described base station meet one of the following communication standard: ultra broadband (UWB), spread spectrum of warbling (CSS), Generation Mobile Telecommunication System, 3G (Third Generation) Moblie and forth generation mobile communication.
In one embodiment of the invention, described second wireless communication unit comprises: radio-frequency module, and for data to be sent are converted to radiofrequency signal in real time, described data to be sent comprise described user data or described bootstrap information; And Anneta module, for radiofrequency signal described in external radiation, wherein, described Anneta module is arranged on the outer surface that described matrix means not contacts with described user's body.
In one embodiment of the invention, Anneta module directly prints with the form of flexible circuit or is embedded in described outer surface.
In one embodiment of the invention, described circuit arrangement also comprises: PMU, optionally provides the supply of electric power from described electric supply installation to described first processing unit and/or described second processing unit for coming according to the user demand of described user.
In one embodiment of the invention, described circuit arrangement and described electric supply installation form an entirety, and are laid in the same way in described matrix means.
In one embodiment of the invention, described circuit arrangement and described electric supply installation are arranged in described matrix means removably.
Compared with prior art; adopt the smart motion protector according to the embodiment of the present invention; can while protection user's body escapes injury; under the prerequisite not increasing extra gear; the relevant real time data of user can be collected easily; to carry out computation and analysis after a while, thus help the more scientific training of sportsman and improve results.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from description, or understand by implementing the present invention.Object of the present invention and other advantages realize by structure specifically noted in description, claims and accompanying drawing and obtain.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for description, together with embodiments of the present invention for explaining the present invention, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 illustrates the schematic diagram of the smart motion protector according to the embodiment of the present invention.
Fig. 2 illustrates the schematic diagram of the circuit arrangement according to the embodiment of the present invention.
Fig. 3 illustrates the schematic diagram of the data acquisition unit according to the embodiment of the present invention.
Fig. 4 illustrates the schematic diagram of the biological sensing module according to the concrete example of the embodiment of the present invention.
Fig. 5 illustrates the schematic diagram of the Anneta module according to the concrete example of the embodiment of the present invention.
Fig. 6 illustrates the schematic diagram of circuit arrangement according to the concrete example of the embodiment of the present invention and electric supply installation.
Detailed description of the invention
Describe in detail with reference to the accompanying drawings according to each embodiment of the present invention.Here it is to be noted that it in the accompanying drawings, identical Reference numeral is given there is identical or similar structures and function part substantially, and the repeated description of will omit about them.
In the face of technical problem of the prior art, namely on the one hand, common protecting ware for sports, except reducing except sportsman's (or being referred to as user) health comes to harm at the volley, does not have other more functions, and on the other hand, the measurement accuracy of general intellectual wearable device is poor, training requirement can not be met, cannot to be correlated with training data by Real-time Feedback, so can not be applied among professional training, in addition, this mode needs to load extra equipment with it sportsman, also it can be made to increase sense of discomfort when moving, affect sports level, the present inventor expects: can carry out intellectuality for existing protecting ware for sports and rebuild, make it except meeting the due function of ordinary movement protector, athletic training process can also be monitored exactly, it is helped to carry out monitor informatization, visual, with the sentific training of datumization.
Below, the structural representation of the smart motion protector according to the embodiment of the present invention is described with reference to Fig. 1.
Fig. 1 illustrates the schematic diagram of the smart motion protector according to the embodiment of the present invention.
As illustrated in figure 1, can comprise according to the smart motion protector 100 of the embodiment of the present invention: matrix means 110, circuit arrangement 120 and electric supply installation 130.
This matrix means 110 may be used for coated user's body at least partially, with slow down described user move time external force to the impact caused at least partially of described user's body.Obviously, do the effect can played and protect described user's body like this, prevent the health of described user from occurring the situation of fracture or other damages.Such as, described user's body can refer to the incidence of described user (such as, head and neck), the position such as trunk (such as, chest, belly, back, crotch etc.) and limbs (hand, wrist, arm, shoulder, leg, ankle, foot etc.).
This circuit arrangement (or electronic installation) 120 can be arranged on described matrix means at least partially inner, and this circuit arrangement 120 may be used for gathering in real time the user data of described user when moving, described user data comprises the biological data of described user, motion state data and body posture data.
It is inner that this electric supply installation 130 can be arranged on described matrix means, and for providing supply of electric power to described circuit arrangement.In one example, this electric supply installation can be a kind of power supply and management devices, for providing supply of electric power to described circuit arrangement and managing the distributing electric power between each system component.
As illustrated in figure 1, this smart motion protector 100 can be various types of protecting ware for sports, for the protection of each body part of user from injury gained in sports.Such as, it includes but not limited to: head protector, shoulder protector, handguard, elbow support, wrister, waist support, legging, knee-pad, ankle guard, aggregate motion protector and other protecting ware for sports etc.
In one embodiment, this smart motion protector 100 can be intelligent leg guard, and therefore it also can be called shin guard plate for the protection of the shank of user.In the case, described matrix means 110 for coated user's shank at least partially, to the impact caused at least partially of described user's shank, prevent the shank of described user from occurring the situation of fracture or other damages to slow down described user external force when moving.
In other embodiment, this smart motion protector 100 also can be Intelligent wrister, knee-pad or headband etc., and it is respectively used to protect the wrist of user, knee or head.In the case, described matrix means 110 is respectively used to the wrist of coated user, knee or head at least partially, to the impact caused at least partially of described user's wrist, knee or head, prevent the wrist of described user, knee or head from occurring the situation of fracture or other damages to slow down described user external force when moving.
Obviously, the present invention is not limited thereto.As mentioned above, this smart motion protector 100 also can be other protecting ware for sports.
In an embodiment of the present invention, in order to realize the basic safeguard function of protecting ware for sports better, the shape of this matrix means 110 can be designed as the health being suitable for coated user.
Such as, when smart motion protector 100 is leg guards, the shape of this matrix means 110 should be fitted mutually with the cambered surface of leg, that is, its lateral cross section presents circular shape, and should have certain length in the vertical, to shelter from least most of region of user's focile.
When smart motion protector 100 is wristers, the shape of this matrix means 110 should be suitable mutually and with close-shaped and be fully enclosed in around user's wrist with the cambered surface of wrist, that is, its lateral cross section presents toroidal, and in the vertical there is certain length, to shelter from the carpal area of user.
When smart motion protector 100 is knee-pads, the shape of this matrix means 110 can be divided into two parts, suitable mutually with the cambered surface of thigh and lower leg portion respectively and with close-shaped and be fully enclosed in around user's wrist, that is, its lateral cross section presents toroidal, and in the vertical there is certain length, to shelter from the knee endoprosthesis region of user.In addition, especially, conveniently user movement, the part that can contact with knee at matrix means 110 opens the perforate of a circle or ellipse, holds the knee of user, causes wearing and tearing to prevent matrix means 110 for the skin of knee.
When smart motion protector 100 is headbands, the shape of this matrix means 110 should be suitable mutually and with close-shaped and be fully enclosed in around user's head with the cambered surface of head, that is, its lateral cross section presents toroidal, and in the vertical there is certain length, to shelter from the head portion region of user, but the length in bus should be as the criterion with the sight line of not blocking user.
Next, as illustrated in figure 1, this smart motion protector 100 at least comprises two surfaces, i.e. inner surface 110a and outer surface 110b.
This inner surface 110a is the surface that this smart motion protector 100 contacts with user's body.Preferably, in order to realize better protecting for user, this smart motion protector 100 can be fixed on the health of user by with the power of larger intensity, in order to avoid depart from from the health of user.This power tightly contacts making this inner surface 110a with the health of user, thus forms relative airtight environment space between the inner surface 110a and the skin of user's body of smart motion protector 100.
For this reason, this smart motion protector 100 can also comprise fixture (not shown), for this matrix means 110 is fixed on user's body this at least partially.Such as, this fixture can be bundling belt or thread gluing etc.
This outer surface 110b is the surface that this smart motion protector 100 not contacts with user's body.That is, this outer surface 110b and this inner surface 110a to form on this smart motion protector 100 two contrary surfaces.Preferably, this outer surface 110b is made up of wear-resistant material usually.
In an embodiment of the present invention, intelligent surveillance can be carried out to the motion conditions of user to make protecting ware for sports, with the sentific training helping it to carry out monitor informatization, visual and datumization, circuit arrangement 120 is equipped with in this smart motion protector 100, for gathering the biological data of described user, motion state data and the body posture data of described user moving time (such as, compete, training and even have a rest).
Fig. 2 illustrates the schematic diagram of the circuit arrangement 120 according to the embodiment of the present invention.
As illustrated in Figure 2, can comprise according to the circuit arrangement 120 of the embodiment of the present invention: data acquisition unit 121 and the first processing unit 122.
This data acquisition unit 121 may be used for gathering the user data of biological data, motion state data and the body posture data comprising described user.
This first processing unit 122 may be used for performing control to the acquisition operations of described data acquisition unit 121.Further, in addition, this first processing unit 122 can also control the pretreatment operation relevant to the data that data acquisition unit 121 collects.Such as, the operation of this data prediction can be collected data are amplified, filtering, denoising, the operation such as digital-to-analogue conversion.
In one embodiment, this data acquisition unit 121 can comprise multiple independently sensing module.But, the present invention is not limited thereto.Obviously, this data acquisition unit 121 also can be made up of the independent sensing module with several data acquisition function.
Fig. 3 illustrates the schematic diagram of the data acquisition unit 121 according to the embodiment of the present invention.
As illustrated in fig. 3, in order to complete the collection of biological data, body posture data and motion state data respectively, the data acquisition unit 121 according to the embodiment of the present invention can comprise: biological sensing module 1211, posture sensing module 1212 and motion state sensing module 1213.
This biological sensing module 1211 may be used for the biological data gathering described user.Such as, this biological data can refer to the biology of user, physiology or vital sign data.
This posture sensing module 1212 may be used for the body posture data gathering described user.
This motion state sensing module 1213 may be used for the motion state data gathering described user.
Depend on each sensing module function separately, biological sensing module 1211, posture sensing module 1212 and motion state sensing module 1213 can be differently positioned in described matrix means 110.
Because biological sensing module 1211 needs the biological data gathering user, so this just requires that this biological sensing module 1211 has at least a part to need to contact with the health of user, to complete biology (physiology, vital sign) signals collecting and to be converted into the function of the signal of telecommunication.
For this reason, in one embodiment, described biological sensing module 1211 can be arranged on the inner surface 110a that described matrix means 110 contacts with described user's body at least partially, and described biological sensing module 1211 can comprise at least one in the following: heart rate sensor, for detecting the real-time heart rate data of described user when moving; EGC sensor, for detecting the heart real time data of described user when moving; Pulse transducer, for detecting the real-time pulse data of described user when moving; Blood oxygen transducer, for detecting the real-time oximetry data of described user when moving; Body temperature trans, for detecting the real-time temperature data of described user when moving; Myoelectric sensor, for detecting the real-time myoelectricity data of described user when moving; And pre ure tra ducer, for detecting the real-time blood pressure data of described user when moving.
In one embodiment, this biological sensing module 1211 can be the sensor adopting photoelectricity transmissometry.Photoelectricity transmissometry utilizes the change of the absorbance of vessel inner blood hemoglobin to measure a kind of method of biological data, and the method can use green glow and infrared emission light beam loop and receive reflex circuit to measure the heart rate of user, electrocardio, pulse and the oxygen content of blood etc.
That is, at least one in described heart rate sensor, described EGC sensor, described pulse transducer and described blood oxygen transducer can comprise: optical transmitting and receiving parts, the coated user's body of described matrix means at least partially time, the launching and receiving that described optical transmitting and receiving parts can carry out light in the confined space formed at least partially by described matrix means and described user's body operates, and can not be subject to the impact of extraneous light.And at this moment, these optical transmitting and receiving parts can be arranged on inner surface 110a, to detect biological data according to optical mode.
In another embodiment, this biological sensing module 1211 also can be the sensor adopting amperometric aroused in interest.The each heartbeat of human body all can produce electric current aroused in interest, amperometric aroused in interest be exactly respond to electric current aroused in interest change to measure a kind of method of biological data, the method can use the pole piece of inductor to gather the current fluctuation amplitude aroused in interest of user, process chip is sent to again, to be converted into heartbeat per minute (BPM) numerical value being convenient to observe by wired or wireless transmission technology.
That is, at least one in described heart rate sensor, described EGC sensor, described pulse transducer and described myoelectric sensor can comprise: two electrod assemblies, the coated user's body of described matrix means at least partially time, the skin close contact of described two electrod assemblies and human body, and the impact of external disturbance can not be subject to.And at this moment, described two electrod assemblies can be arranged on inner surface 110a.Preferably, they can be separately positioned on the same level line of described inner surface 110a two most outer places, to make distance between the two be maximum, thus increase the degree of accuracy detected.
In another embodiment, this biological sensing module 1211 can also be the pre ure tra ducer adopting oscillographic method, and it comprises inflation deflation feature and ripple detection part, for obtaining the wave of oscillation produced in deflation course, being converted draw pressure value by certain algorithm.
Alternatively, this biological sensing module 1211 can also be measure the body temperature trans of user's body temperature based on following principle, and described principle comprises: utilize the phenomenon that solid, liquid, gas expand with heat and contract with cold by the impact of temperature; Under constant volume condition, the pressure of gas (or steam) changes because of different temperatures; The effect of pyroelectric effect; Resistance variation with temperature and changing; Thermal-radiating impact etc.
Although describe this biological sensing module 1211 by some examples above, the present invention is not limited thereto.Obviously, this biological sensing module 1211 also can be other biology sensor.
Like this, by the various physiological information sensors that system is built-in, can gather the physiologic information that sportsman is real-time, it includes but not limited to: heart rate, pulse, blood oxygen, blood pressure, electrocardio, body temperature, muscular states etc.
Below, in order to clearly illustrate, come in a concrete example with reference to Fig. 4, describing the detailed configuration of this biological sensing module 1211 in detail.In this concrete example, suppose that this smart motion protector is leg guard.Obviously, needn't elaborate any further, the configuration of this biological sensing module 1211 is equally applicable among other protecting ware for sports such as such as wrister, knee-pad etc.
Fig. 4 illustrates the schematic diagram of the biological sensing module according to the concrete example of the embodiment of the present invention.
With reference to figure 4, the position that the zone line of the inner surface 110a of this intelligent leg guard is to the right is furnished with photoelectric sensor.By photo-electric physiological signal collection sensor being placed on the interior surface of leg guard, well according to the operation principle of electro-optical pickoff, the reflecting effect of blood vessel to the light of different-waveband and the difference of reflectivity can be utilized, measuring related physiological information.And, after dressing at leg guard, tight combination between leg guard with user's leg can make this sensor be in relative airtight environment, basic not from the interference that the other light sources in the external world reflects sensor light source, so this sensor can work under ideal environment, the process that it is measured is more reliable, and the related physiological data gathered is also more accurate.
In addition, as illustrated in figure 4, in the region on the lower side of the inner surface 110a of this intelligent leg guard, most position, outer, two, the left and right of same level line is furnished with two conductive contact points (electrode).These two conductive contact points such as can gather bioelectrical signals to carry out myoelectricity analysis, gather the state of muscle.Because the distance between two conductive contact points is maximum, add the sensing sensitivity of bioelectricity, thus increase the degree of accuracy detected.
Further, with reference to figure 4, for the ease of performing switching manipulation to this leg guard, a system switching (such as, being positioned at the system switching in the leg guard upper right corner in Fig. 4) can also be arranged on the inner surface 110a of this leg guard.The relevant position of user may be caused to produce sense of discomfort to prevent the inner surface 110a that this system switching protrudes leg guard, wearing and tearing are caused for the skin of user and easily causes switch by false touch, this system switching can be set to concealed system switching, to make the endosexine of this leg guard still be a smooth curved surface, without any bulge-structure.
In an embodiment of the present invention, because posture sensing module 1212 is without the need to directly contacting with the health of user, so this posture sensing module can be arranged in the inside of described matrix means 110, to utilize the intensity of protecting ware for sports to ensure that it can not damage owing to being subject to external force as much as possible.
In one embodiment, described posture sensing module 1212 can be arranged between the inner surface 110a that described matrix means 110 contacts with described user's body and the outer surface 110b not contacted with described user's body, and at least one comprising in the following: gyro sensor, for detect described user move time real-time inclination and pivoting angle data; Acceleration transducer, for detecting the real time acceleration data of described user when moving; Geomagnetic field sensors, for detect described user move time real-time angular or bearing data; And baroceptor, for detect described user move time real-time altitude information and barometric information.
Obviously, the present invention is not limited thereto.This posture sensing module 1212 also can be other known attitude transducers.
Like this, by the relevant attitude transducer that system is built-in, athletic body posture data can be gathered in real time, and attitude Representation algorithm and data model can be coordinated further, the body posture of this people can be presented in real time.
In an embodiment of the present invention, can being arranged at least partially between the inner surface 110a that described matrix means 110 contacts with described user's body and the outer surface 110b not contacted with described user's body of described motion state sensing module 1213.Preferably, when motion sensing module 1213 needs from external reception wireless signal, this motion sensing module 1213 can be made to have at least a part not to be subject to the stop of insulator as much as possible, to increase the transmit-receive intensity of wireless signal.On the contrary, when motion sensing module 1213 transmits without the need to carrying out signal, it fully can be positioned at the inside of matrix means 110, to ensure that device is not easily damaged.
In one embodiment, described motion state sensing module 1213 can comprise: satellite signal receiver, for from multiple satellite-signal transmitter receipt satellite-signal, described satellite-signal is used for the real-time positioning action of described user, and described real-time positioning action is used for determining the real time position data of described user when moving according to the signal parameter of satellite-signal received respectively from described multiple satellite-signal transmitter and the position data of described multiple satellite-signal transmitter.
Such as, described satellite signal receiver and satellite-signal transmitter can meet global positioning system (GPS) communication standard.
Specifically, multiple satellite-signal transmitter (such as, geo-synchronous orbit satellite, geostationary orbit satellite) satellite-signal launched received by the satellite signal receiver of smart motion protector (GPS), and computing module can according to the satellite instantaneous position of high-speed motion as known known date, adopt the method for space length resection, determine the position of tested point.
Such as, structurally, this satellite signal receiver can comprise Anneta module and computing module.At this moment, at least the Anneta module of this satellite signal receiver can be arranged on outer surface 110b, to cause and blocks, and cause wireless signal to occur decay to prevent any parts in matrix means 110 to this Anneta module.Certainly, occur to prevent Anneta module damaging, when ensureing satellite signal receiving intensity, this Anneta module also can be arranged in the inside of smart motion protector.
Although describe motion sensing module 1213 by GPS positioning principle above, obviously, the present invention is not limited thereto.Such as, this motion state sensing module 1213 also can be send based on wireless signal other motion sensors carrying out sensing, and can be even not based on the motion sensor that wireless signal transmits, such as based on the motion sensor of accelerometer and so on.
Next, referring back to Fig. 2, the circuit arrangement 120 according to the embodiment of the present invention can also comprise: memory cell 123, first wireless communication unit 128, second wireless communication unit 124, data processing unit 125, second processing unit 126 and PMU 127.
After data acquisition unit 121 collects the user data of biological data, motion state data and the body posture data comprising described user under the control of the first processing unit 122, these user data can be kept at the memory cell 123 of smart motion protector 100 this locality, to prevent loss of data.
Also namely, in one embodiment, this memory cell 123 may be used for storing the user data that described data acquisition unit 121 collects.In addition, this memory cell 123 can also store the service data of whole smart motion protector system further.
Such as, this memory cell 123 can comprise: the combination with the electrical connection of one or more wire, portable disc, hard disk, random access memory (RAM), erasable type programmable read only memory (EPROM or flash memory), optical fiber, Portable, compact dish read-only storage (CD-ROM), light storage device, magnetic memory device or above-mentioned any appropriate.
In one embodiment, immediately collected user data is checked for the ease of user, can by wired and/or wireless mode (wherein, be preferably wireless mode) by described user data upload in mobile terminal (such as, mobile phone, personal digital assistant (PDA), panel computer (PAD), portable computer etc.).
For this reason, in one embodiment, this first wireless communication unit 128 may be used for described user data to be wirelessly sent to mobile terminal.
This smart motion protector can adopt various communication protocol to communicate with mobile terminal.Such as, described first wireless communication unit can meet one of the following communication standard: bluetooth and Wireless Fidelity (WiFi).That is, the first wireless communication unit 128 can comprise the communication module such as bluetooth module, WiFi module.
Typically, structurally, this first wireless communication unit 128 can comprise radio frequency unit and Anneta module.At this moment, at least this Anneta module can be arranged on the outer surface 110b of smart motion protector 100, to cause and blocks, and cause wireless signal may occur decay to prevent any parts in matrix means 110 to this Anneta module.
Further, this mobile terminal also can by wired and/or wireless mode (wherein, being preferably wireless mode) by described user data upload in server, for analyzing user data in the server, arranging and emulation etc.This server can be independent centralized server, for completing various types of data collection and analysis work.Alternatively, this server also can be distributed server cluster, then completed the comprehensive assessment with Athletes technical ability that gathers of all data by one or more centralized server for completing dissimilar data collection and analysis work respectively, then.
For this reason, in one embodiment, this second wireless communication unit 124 may be used for, via base station equipment, described user data is wirelessly sent to server, described user data be provided for described server perform the following operation at least one: display special time user data; Calculate the displacement of described user at special time period; Calculate the speed of described user at special time; Calculate the average speed of described user at special time period; Calculate described user in the maximal rate of special time period and minimum speed; Calculate the acceleration of described user at special time; Describe the movement locus of described user at special time period; Analyze the physiological situation of described user at special time; Present the body posture of described user at special time; Analyze the difficulty action accomplishment of the particular technology action of described user and ageing; With the assessment locomitivity of described user, technical merit and/or training result.
This smart motion protector can adopt various communication protocol to communicate with server.Such as, this second wireless communication unit 124 can meet the communication standards such as ultra broadband (UWB), spread spectrum of warbling (CSS) or mobile communication (3G/4G/5G).
Like this, smart motion protector 100 according to the embodiment of the present invention not only can pass through the built-in various related sensors of system, gather athletic biological data, motion state data and body posture data in real time, a series of hardware device, algorithm and software platform can also be passed through, the related data gathered as required is transferred to Analysis server (high in the clouds) in real time or in non real-time, make Analysis server can routing motion assessment algorithm further, the quality that some technical movements of real-time analysis complete and ageing, accomplishes comprehensive analysis.Particularly, this Analysis server can comprehensive omnidistance all data of analyzing and training, and comprehensive assessment sportsman technical merit and training result, help it to improve results faster.
Such as, the data that Analysis server can gather according to smart motion protector in match or training, detecting real-time go out to run distance, speed of running, pass run instantaneously speed, number of times of running, batting swinging kick speed, muscle strength, the number of times that falls down to the ground, turn round speed, and detect each period sportsman blood oxygen, blood pressure, heart rate index, thus provide training data to athletic coach, assist its analysis of history data, find that athletic progress is put and finds that there is the talent of potentiality.
Preferably, except transmit the user data and/or other data relevant to smart motion protector that collect to server except, described second wireless communication unit 124 can also be used for carrying out alternately with base station equipment, to realize the hi-Fix for the user in motion.
For this reason, in one embodiment, described second wireless communication unit 124 may be used for the bootstrap information of multiple base station equipment transmissions for locating, described bootstrap information is used for the real-time positioning action of described user, and described real-time positioning action is used for determining the real time position data of described user when moving according to described multiple base station equipment signal parameter of bootstrap information received separately and the position data of described multiple base station equipment.
Preferably, when for high-precision fixed bit function, this second wireless communication unit 124 can meet ultra broadband (UWB) communication standard.Specifically, the ultra-wideband impulse signal that described second wireless communication unit 124 (being also called label) is launched is received by multiple locating base station (being also called anchor point), and the plurality of locating base station can by the characteristic of received pulse signal (such as, intensity, the time of advent, angle of arrival etc.) send to location-server, this location-server can determine sportsman's real-time location coordinates on the field, to carry out personnel positioning by the characteristic of the coordinate of known locating base station and the pulse signal received thereof.
Like this, based on the high-precision location technique of such as UWB and so on, can the athletic location coordinate information of Real-time Collection, then, a location server can be aggregated into by concentrated for this coordinate information further by this UWB communication technology, carry out athletic displacement in the unit of account time by the real-time process (such as, connect description, remove error message etc.) of this location server to coordinate data, and calculate the movable informations such as real-time speed data.And then this location server can pass through computation and analysis that is real-time and the omnidistance all sampled points of motion, and binding time coordinate information calculates exactly and depicts the movement locus of sportsman's whole process.
In an embodiment of the present invention, because the second wireless communication unit 124 needs externally to transmit or from external reception wireless signal, so this just requires that this second wireless communication unit 124 has at least a part to need not to be subject to as much as possible the stop of insulator, to increase the transmit-receive intensity of wireless signal.
Particularly, in order to realize radio communication transmission, in one embodiment, described second wireless communication unit 124 can comprise: radio-frequency module, for data to be sent are converted to radiofrequency signal in real time, described data to be sent comprise described user data or the bootstrap information for locating; And Anneta module, for radiofrequency signal described in external radiation, wherein, described Anneta module is arranged on the outer surface that described matrix means not contacts with described user's body.
In one embodiment, in order to realize maximum signal radiation intensity, preferably, Anneta module directly prints with the form of flexible circuit or is embedded in described outer surface.
Below, come in a concrete example with reference to Fig. 5, describe the detailed configuration of this Anneta module in detail.In this concrete example, suppose that this smart motion protector is leg guard.Obviously, needn't elaborate any further, the configuration of this Anneta module is equally applicable among other protecting ware for sports such as such as wrister, knee-pad etc.
Fig. 5 illustrates the schematic diagram of the Anneta module according to the concrete example of the embodiment of the present invention.
As illustrated in fig. 5, the outer surface 110b of this intelligent leg guard is furnished with the Anneta module of 2 ring shapes.This Anneta module organically blends with the form of flexible circuit and leg guard, directly prints or be embedded in the outer skin of leg guard.Being circular layout like this can make Anneta module that maximum area coil can be utilized to carry out the transmitting and receiving of radiofrequency signal, thus obtains good effect in location and signal.
In addition, whether in running order for the ease of grasping this leg guard, a signal lamp (such as, being positioned at power supply and the signal condition indicator lamp in the leg guard upper right corner in Fig. 5) can be arranged on the outer surface 110b of this leg guard.Except this signal lamp, the extexine of this leg guard is still a smooth curved surface, without any the form of projection, has only made minimum change, fully met the existing aesthetical standard of user to the leg guard surface exhibits form of current main flow.
In order to save cost, obtain the maximization that element utilizes, in one embodiment, the Anneta module of this second wireless communication unit can also share a module with the Anneta module of the Anneta module of the first above-mentioned wireless communication unit and motion sensing module 1213.
Referring back to Fig. 2, in an embodiment of the present invention, because data acquisition unit 121 may be various types of sensor, its primary signal collected may be analog signal or data signal, so in order to store these signals and transmit, by data processing unit 125, these user data can be converted to unified data-signal, so that subsequent treatment.
Also namely, in one embodiment, the user data that this data processing unit 125 may be used for described data acquisition unit 121 collects carries out format conversion or coding encrypting etc.
In addition, in order to realize optimum treatment effeciency, in an embodiment of the present invention, this second processing unit 126 may be used for performing control to the wireless communication operation of described second wireless communication unit 124.Further, this second processing unit 126 can also be used for performing control to the format conversion operation of described data processing unit 125.Such as, described second processing unit 126 can be packed to required data, is encrypted or pretreatment, and manages all data of smart motion protector and the communication between base station and system.
Obviously, the present invention is not limited thereto.Also the first processing unit 122 and the second processing unit 126 can be merged into a processing unit to realize.
Preferably, when adopting double processing unit, in order to improve the power consumption efficiency of circuit arrangement 120, can also PMU 127 be adopted further to carry out independent power supply control to two processing units.
Also namely, in one embodiment, this PMU 127 may be used for coming optionally to provide the supply of electric power from described electric supply installation to described first processing unit 122 and/or described second processing unit 126 according to the user demand of described user.
Such as, during the situation of training needing real-time high-precision, in intelligent protector, the second processing unit 126 can be opened by PMU 127, make itself and system acceptance base station (locating base station) carry out ultra-broadband signal alternately, to realize high-precision positioning action.On the contrary, the situation of training not needing real-time high-precision or in the place not arranging system acceptance base station, can close the second processing unit 126, makes smart motion protector can receive base station by detachment system, thus reduce unnecessary power consumption, to extend its stand-by time.
In the case, in order to ensure the continued evaluation for berth's information, this smart motion protector still can use the work of the module cooperative such as bluetooth communication, GPS module, and with other mobile terminals (such as, smart mobile phone) be connected, to carry out self training assessment in this mobile terminal this locality.Then, this mobile terminal can also carry out exchanges data by internet etc. with cloud server, thus dependent evaluation data are sent to cloud server.
In other words, intelligent protector (such as, intelligent leg guard) after departing from the high-accuracy position system based on base station, can be positioned by built-in GPS module, and by using bluetooth module to be connected with smart mobile phone, to carry out data communication.Like this, in user oneself training or when not having the place of locating base station to move, can various user data be undertaken alternately, to reach the object of the assessment of athletic self training by the application-specific (app) of smart mobile phone end and the server in high in the clouds.Now, PMU 127 can control high-precision navigation system and enter resting state.Such as can be carried out triggering voltage administrative unit 127 by the power switch button on intelligent protector and carry out switching between different mode (such as, enter resting state or enter wake-up states), or can be also that GPS locating information or UWB system information trigger it and carry out self-adaptative adjustment according to what generate in intelligent protector.
Finally, referring back to Fig. 1, according in the smart motion protector of the embodiment of the present invention, electric supply installation 130 may be used for providing supply of electric power to circuit arrangement 120, to realize above-mentioned various systemic-functions.
In order to reduce the volume of electrical part in smart motion protector, thus reduce the whole volume of smart motion protector, in one embodiment, described circuit arrangement 120 and described electric supply installation 130 can form an entirety, and are laid in (as illustrated in figure 4) in described matrix means in the same way.
In addition, in order to the charging and maintenance making smart motion protector is more convenient, in one embodiment, described circuit arrangement and described electric supply installation can be arranged in described matrix means removably.
Like this, by battery and mainboard are formed one, both can change battery for smart motion protector, also can call same battery and mainboard between different smart motion protector, make user can be applicable to multiple smart motion protector with a set of mainboard, fully keep the continuity of user data.
Below, come in a concrete example with reference to Fig. 6, describe the configuration of this circuit arrangement and electric supply installation in detail.In this concrete example, suppose that this smart motion protector is leg guard.Obviously, needn't elaborate any further, the configuration of this Anneta module is equally applicable among other protecting ware for sports such as such as wrister, knee-pad etc.
Fig. 6 illustrates the schematic diagram of circuit arrangement according to the concrete example of the embodiment of the present invention and electric supply installation.
As illustrated in FIG. 6, this circuit arrangement adopts two central processing unit (CPU) design, a CPU (namely, CPU1 in Fig. 6) corresponding to the first processing unit 122, be in charge of bottom data collection and pretreatment and other part communication managements, and another CPU (that is, the CPU2 in Fig. 6) is corresponding to the second processing unit 126, be in charge of data transmission and location.As mentioned above, when only needing partial function, pattern being set by different power supplys and only can allowing part system work, thus reduce overall operation power consumption.
Sensor 1 in Fig. 6 corresponds to data acquisition unit 121, for gathering the user data of biological data and the body posture data comprising described user to sensor 3.
GPS in Fig. 6 corresponds to data acquisition unit 121, for gathering the user data of the motion state data comprising described user.
Bluetooth/WiFi in Fig. 6 corresponds to the first wireless communication unit 128, for described user data is wirelessly sent to mobile terminal.
Front end signal in Fig. 6, data processing chip (IC) are corresponding to data processing unit 125, primary signal (comprising analog signal and data signal) for gathering various sensor and other components and parts carries out pretreatment and program function controls, thus converts them to useful data by demand.
The IC of the signal madulation in Fig. 6 corresponds to the second wireless communication unit 124 with the IC that communicates.Particularly, ultra-high frequency signal needs just can carry out radio frequency transmission through ovennodulation, and this is the IC function of signal madulation; And the IC that communicates is responsible for carrying out exchanges data and control with base station or upstream equipment.
Below, by the use step of brief description according to the smart motion protector of the embodiment of the present invention.
First, sportsman (or user) can dress smart motion protector in match or training, and the wearing of this smart motion protector is without any the sensation differing from proper motion protector, and both texture is identical.Then, this smart motion protector can communicate with the real-time high frequency collecting device laid in competition field or training place periphery, also can utilize the direct cascade of other internetwork connection modes information capture points outside the venue such as UWB, bluetooth or Wireless Fidelity (WiFi).Next, this smart motion protector can by the information of catching in real time by wired or wireless network delivery to background data base, this background data base corrects the data obtained and is stored in cloud server.Finally, this server can come health and the athletic posture of skimulated motion person according to the algorithm of precision, and utilizes the portable electric appts such as mobile phone to represent to carry out front end.
In addition, the various data of the preservation in server and analysis can encryptedly store, and return look into for history.For this reason, preferably, a unique identifier can be provided for each smart motion protector, and used by everyone uniqueness to make it, namely the use of this smart motion protector is single user lifelong tenure, and does not share between a plurality of users, once there is device damage, can repair according to real name register information, not affect collection and the storage of historical data.
In sum, embodiments of the invention have carried out function relative to common protecting ware for sports and structurally to have redefined, and make it except having traditional protection function, also possess certain intelligent function.Particularly, according in the smart motion protector of the embodiment of the present invention, the Anneta module being used for such as ultra broadband (UWB) navigation system can be equipped in the most top layer of protector, transmit for location and data; Place the biosensors such as heart rate, blood oxygen, myoelectricity respectively in the one side being close to skin, wherein the electrode of myoelectric sensor lays respectively at the most outer inside leg guard; And main circuit board and battery are placed on the firmest position of leg guard, to play a protective role.In addition, mainboard and battery compartment can also be made the part detachably changed the outfit, access different intelligent leg guards as required respectively, and will the end or the side that the charging inlet that battery charges are arranged into smart motion protector be used for, charge to make it possible to be placed on special charging device or via special charging cable.
By above-mentioned configuration, the smart motion protector according to the embodiment of the present invention achieves following functions to sportsman, comprising: 1, the real―time precision measurment (its error can be less than 0.1-0.3 meter per second) of movement velocity; 2, athletic movement locus is reappeared; 3, gather its relevant real-time physical signs, react its health; 4, its body posture is shown in real time; That 5, assesses correlation technique action completes efficiency, assessment integrated motion ability; 6, all data of being correlated with are real-time transmitted to server as required and comprehensively analyze and preserve.
And, in an embodiment of the present invention, various hardware device, algorithm and software platform can also be passed through, for sportsman after the real-time data acquisition of the omnidistance related activities of motion and all kinds of physiologic information (including but not limited to: speed, body posture, heart rate, pulse, blood oxygen, blood pressure, electrocardio, body temperature etc.), by carrying out real-time analysis to gathered data, restore the physical condition that athletic motion is omnidistance, for sentific training and assessment sportsman provide reference.
For Intelligent bracelet, according to more eurypalynous sensor built-in in the smart motion protector of the embodiment of the present invention, to gather more user data more accurately, thus COMPREHENSIVE CALCULATING goes out athletes ' body state and attitude accordingly.And the smart motion protector according to the embodiment of the present invention can by the location technology of such as ultra broadband and so on, and measure athletic movement velocity in real time, its real-time, accuracy are all that Intelligent bracelet can not be compared.Further, owing to not loading extra equipment with it sportsman, it can not produce any sense of discomfort when moving, and ensure that his/her proper motion level.
For football; in football; leg guard is each athletic necessity equipment; adopt the intelligent leg guard according to the embodiment of the present invention; can, while Protection of the sportsman health escapes injury, under the prerequisite not increasing extra gear, the relevant real time data of football can be collected easily; to carry out computation and analysis after a while, thus help the more scientific training of sportsman and improve results.In addition, embodiments of the invention, by the improvement to material and structure, make intelligent leg guard and common leg guard wear without any difference.
As can be seen here, the technique scheme of the embodiment of the present invention can solve the real-time data memory transmission of sports item (especially football project) well, be of value to coach and analyze athletes ' body, muscular states and motion state data etc., and can the athletic movement locus of in time playback, be of value to sports speciality project universities and colleges and grasp omnibearing data.In addition, when being applied to the scene of physical culture training, this technical scheme is conducive to the head of a family's representing the health of observing child and summing up its progressive situation by transient data and long term data.And, because this technical scheme can using the athletic position coordinates that collects as the transmission of match real time data, with in real time and the situation of simulated race truly, so the football real time data of each region, each stratum, all ages can be observed in the whole nation, even worldwide.Further, this technical scheme is of value to the large data collection task of football player, can by large data analysis, and become more meticulous training sports items, finds the talent, excavates the talent, thus greatly improves the training efficiency of football or other sports events.
In this manual, a large amount of details is described.But, should be appreciated that embodiments of the present invention can be implemented when not having these details.In some embodiments, be not shown specifically known method, structure and technology, not make reader obscure the understanding of the principle to this description.
It will be understood by those skilled in the art that and can the module/unit in the device in each embodiment adaptively be changed, and they are arranged in one or more devices different from this embodiment.Except the situation that feature or process are repelled mutually, any combination can be adopted, all modules of device any disclosed in this description are reconfigured.Unless expressly stated otherwise, each feature disclosed in this description can by providing identical, equivalent or similar object alternative features replaces.
The present invention will be described instead of limit the invention to it should be noted that above-mentioned embodiment, and those skilled in the art are not when departing from the scope of claims, can design various alternate embodiments.In detail in the claims, any reference marker being positioned at bracket should be understood as limitations on claims.Term " comprises " or " comprising " is not got rid of existence and do not arrange module in the claims or step.The term "a" or "an" be positioned at before module/unit is not got rid of and be there is multiple such module/unit.The use of term " first ", " second " and " the 3rd " etc. does not represent any order, can be title by these terminological interpretations.
Claims (20)
1. a smart motion protector, is characterized in that, described smart motion protector comprises:
Matrix means, for coated user's body at least partially, with slow down described user move time external force to the impact caused at least partially of described user's body;
Circuit arrangement, described circuit arrangement to be arranged on described matrix means at least partially inner, and for gathering the user data of described user when moving in real time, described user data comprises the biological data of described user, motion state data and body posture data; And
Electric supply installation, it is inner that described electric supply installation is arranged on described matrix means, and for providing supply of electric power to described circuit arrangement.
2. smart motion protector according to claim 1, is characterized in that, described smart motion protector is intelligent leg guard, and
Described matrix means is used for coated user's shank at least partially, to the impact caused at least partially of described user's shank, prevents the shank of described user from occurring the situation of fracture or other damages to slow down described user external force when moving.
3. smart motion protector according to claim 1, is characterized in that, described smart motion protector is Intelligent wrister, knee-pad or headband, and
Described matrix means is used for the wrist of coated user, knee or head, to slow down the described user impact that external force causes described user's wrist, knee or head when moving, prevent the wrist of described user, knee or head from occurring the situation of fracture or other damages.
4. smart motion protector according to claim 1, is characterized in that, described circuit arrangement comprises:
Data acquisition unit, for gathering described user data, and comprises:
Biological sensing module, for gathering the biological data of described user;
Posture sensing module, for gathering the body posture data of described user; With
Motion state sensing module, for gathering the motion state data of described user; And
First processing unit, for performing control to the acquisition operations of described data acquisition unit.
5. smart motion protector according to claim 4, it is characterized in that, described biological sensing module be arranged on the inner surface that described matrix means contacts with described user's body at least partially, and described biological sensing module comprises at least one in the following:
Heart rate sensor, for detecting the real-time heart rate data of described user when moving;
EGC sensor, for detecting the heart real time data of described user when moving;
Pulse transducer, for detecting the real-time pulse data of described user when moving;
Blood oxygen transducer, for detecting the real-time oximetry data of described user when moving;
Body temperature trans, for detecting the real-time temperature data of described user when moving;
Myoelectric sensor, for detecting the real-time myoelectricity data of described user when moving; And
Pre ure tra ducer, for detecting the real-time blood pressure data of described user when moving.
6. smart motion protector according to claim 5, is characterized in that, at least one in described heart rate sensor, described EGC sensor, described pulse transducer and described blood oxygen transducer comprises:
Optical transmitting and receiving parts, the coated user's body of described matrix means at least partially time, the launching and receiving that described optical transmitting and receiving parts can carry out light in the confined space formed at least partially by described matrix means and described user's body operates, and can not be subject to the impact of extraneous light.
7. smart motion protector according to claim 5, is characterized in that, described myoelectric sensor comprises:
Two electrod assemblies, are separately positioned on two most outer places on the same level line of described inner surface.
8. smart motion protector according to claim 4, it is characterized in that, between the inner surface that described posture sensing module installation contacts with described user's body on described matrix means and the outer surface not contacted with described user's body, and comprise at least one in the following:
Gyro sensor, for detect described user move time real-time inclination and pivoting angle data;
Acceleration transducer, for detecting the real time acceleration data of described user when moving;
Geomagnetic field sensors, for detect described user move time real-time angular or bearing data; And
Baroceptor, for detect described user move time real-time altitude information and barometric information.
9. smart motion protector according to claim 4, it is characterized in that, being arranged at least partially between the inner surface that described matrix means contacts with described user's body and the outer surface not contacted with described user's body of described motion state sensing module, and comprise:
Satellite signal receiver, for from multiple satellite-signal transmitter receipt satellite-signal, described satellite-signal is used for the real-time positioning action of described user, and described real-time positioning action is used for determining the real time position data of described user when moving according to the signal parameter of satellite-signal received respectively from described multiple satellite-signal transmitter and the position data of described multiple satellite-signal transmitter.
10. smart motion protector according to claim 4, is characterized in that, described circuit arrangement also comprises:
Memory cell, for storing described user data.
11. according to the smart motion protector of claim 4 or 10, and it is characterized in that, described circuit arrangement also comprises:
First wireless communication unit, for being wirelessly sent to mobile terminal by described user data.
12. smart motion protector according to claim 11, is characterized in that, described first wireless communication unit meets one of the following communication standard: bluetooth and Wireless Fidelity (WiFi).
13. smart motion protector according to claim 4, it is characterized in that, described circuit arrangement also comprises:
Second wireless communication unit, for described user data being wirelessly sent to server via base station equipment, described user data be provided for described server perform the following operation at least one:
The user data of display special time;
Calculate the displacement of described user at special time period;
Calculate the speed of described user at special time;
Calculate the average speed of described user at special time period;
Calculate described user in the maximal rate of special time period and minimum speed;
Calculate the acceleration of described user at special time;
Describe the movement locus of described user at special time period;
Analyze the physiological situation of described user at special time;
Present the body posture of described user at special time;
Analyze the difficulty action accomplishment of the particular technology action of described user and ageing; With
Assess the locomitivity of described user, technical merit and/or training result; And
Second processing unit, for performing control to the wireless communication operation of described second wireless communication unit.
14. smart motion protector according to claim 13, it is characterized in that, described second wireless communication unit is also for sending the bootstrap information for locating to multiple base station equipment, described bootstrap information is used for the real-time positioning action of described user, and described real-time positioning action is used for determining the real time position data of described user when moving according to described multiple base station equipment signal parameter of bootstrap information received separately and the position data of described multiple base station equipment.
15. smart motion protector according to claim 13, is characterized in that, described second wireless communication unit and described base station meet one of the following communication standard: ultra broadband (UWB), spread spectrum of warbling (CSS), mobile communication.
16. smart motion protector according to claim 13, is characterized in that, described second wireless communication unit comprises:
Radio-frequency module, for data to be sent are converted to radiofrequency signal in real time, described data to be sent comprise described user data or described bootstrap information; And
Anneta module, for radiofrequency signal described in external radiation,
Wherein, described Anneta module is arranged on the outer surface that described matrix means not contacts with described user's body.
17. smart motion protector according to claim 16, is characterized in that, Anneta module directly prints with the form of flexible circuit or is embedded in described outer surface.
18. smart motion protector according to claim 13, it is characterized in that, described circuit arrangement also comprises:
PMU, optionally provides the supply of electric power from described electric supply installation to described first processing unit and/or described second processing unit for coming according to the user demand of described user.
19. smart motion protector according to claim 1, is characterized in that, described circuit arrangement and described electric supply installation form an entirety, and are laid in the same way in described matrix means.
20. smart motion protector according to claim 19, is characterized in that, described circuit arrangement and described electric supply installation are arranged in described matrix means removably.
Priority Applications (7)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510392047.1A CN104922890B (en) | 2015-07-06 | 2015-07-06 | Smart motion protector |
| ES16174771T ES2712716T3 (en) | 2015-07-06 | 2016-06-16 | Smart sports protective devices |
| PT16174771T PT3115088T (en) | 2015-07-06 | 2016-06-16 | Smart sports protective apparatus |
| EP16174771.2A EP3115088B1 (en) | 2015-07-06 | 2016-06-16 | Smart sports protective apparatus |
| JP2016121275A JP6546123B2 (en) | 2015-07-06 | 2016-06-17 | Smart sports protection device |
| US15/186,644 US10111619B2 (en) | 2015-07-06 | 2016-06-20 | Smart sports protective apparatus including user data collecting circuit |
| KR1020160083600A KR101834424B1 (en) | 2015-07-06 | 2016-07-01 | Smart sports protective apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510392047.1A CN104922890B (en) | 2015-07-06 | 2015-07-06 | Smart motion protector |
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| CN104922890A true CN104922890A (en) | 2015-09-23 |
| CN104922890B CN104922890B (en) | 2017-10-17 |
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|---|---|---|---|
| CN201510392047.1A Expired - Fee Related CN104922890B (en) | 2015-07-06 | 2015-07-06 | Smart motion protector |
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| Country | Link |
|---|---|
| US (1) | US10111619B2 (en) |
| EP (1) | EP3115088B1 (en) |
| JP (1) | JP6546123B2 (en) |
| KR (1) | KR101834424B1 (en) |
| CN (1) | CN104922890B (en) |
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| CN111467780B (en) * | 2020-04-20 | 2021-05-18 | 武汉市奥茵卓越体育产业有限责任公司 | Football data monitoring method and system |
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Also Published As
| Publication number | Publication date |
|---|---|
| KR101834424B1 (en) | 2018-03-05 |
| ES2712716T3 (en) | 2019-05-14 |
| US20170007181A1 (en) | 2017-01-12 |
| KR20170005765A (en) | 2017-01-16 |
| EP3115088B1 (en) | 2018-11-28 |
| US10111619B2 (en) | 2018-10-30 |
| JP2017029701A (en) | 2017-02-09 |
| EP3115088A1 (en) | 2017-01-11 |
| PT3115088T (en) | 2019-03-19 |
| JP6546123B2 (en) | 2019-07-17 |
| CN104922890B (en) | 2017-10-17 |
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